Computers. They are on your desktop, occasionally on your laptop,
often in your pocket or briefcase. They are in your camera, VCR and just about
everything you own that can be plugged in, recharged or loaded with fresh
batteries.
Now, a project gearing up at UCLA
intends to put computers everywhere you go -- and a lot of places you do not go.
Researchers at the University of California, Los Angeles, have created the
Center for Embedded Networked Sensing, which will develop technology
that may one day automatically detect and respond to environmental
pollutants, conduct microscopic research, run factories, and even monitor
how a building is holding up during a natural disaster.
Around the World
"In the long term, embedded networked sensing systems are likely to be in the
car you drive to work; in the roads, embankments and traffic lights by which
you drive; in the parking structures; in complex environments like hospital
rooms; as well as outpatient monitoring setups in the home," said Deborah
Estrin, a UCLA professor of computer science who will direct the new center.
"[They'll be] in the workplace in the form of smart spaces," she added, and
"certainly in factories monitoring and controlling complex processes;
in our waterways and
airways and in the ground monitoring pollutants for active detection -- as well
as serving longer-term public health studies; and on the farm, monitoring
contaminants in food and livestock before they arrive in the supermarket."
Ghost in the Machine
If you have enough trouble programming numbers into your
cell phone and
getting your laptop to connect to the Internet, you might shudder at the
idea of having to work with computer systems everywhere you go
and in everything you do.
According to Estrin, however, that scenario is far-fetched. One of
the unifying themes of research into embedded computer
systems is that the average person will not interact with them directly.
"The average person will be reliant upon and affected by these systems, but
if we succeed, the systems will be relatively transparent or invisible," she
said. "However, this vision is the Holy Grail, and there is a lot of work
to do before we achieve it."
Sensory Perception
The Center for Embedded Networked Sensing is funded by a grant from
the National Science Foundation,
which will provide up to US$40 million
over the next decade. NSF has identified it as one of six
new science and technology centers to be established in 2002. (continued...)
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